M381824 % 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種待命模式之電源變動喚醒裝置，尤指 涉及一種可適用於使用電池且具有播放聲音之應用上，特別係 指可利用喚醒偵測單元之設置而達到省電、效率高及快速換性 之功效者。 【先前技術】 • ^ 按，一般電子設備係使用電池作為電力之供給，因此，在 電力有限之情況下並不能將電源持續開啟，所以該電子設備通 *都會搭配有待命/倾裝置’才不會造成電力之耗費，當 進行使用時加以開啟，而不使用時則加以關閉； 而習用之待命/喚醒裝置8如第3圖所示，其至少具有一 電源單元81、一電源開關8 2、一穩壓電容器8 3、一低電 壓重置電路8 4 (Low VGltage Reset Circuit)、-微控制器 • (MCU) 8 5以及—喚醒訊號侧電路8 6 ;藉以於待命模 式下。利用電源變動以喚醒所需之電子設備；當使用時，該微 控制器8 5+於不運作期間，常會處於待命模式中以保存電力， ❿在斜模式_ ’若該電源_ 8 2切斷後又關上，則會恢 2供電’此時該微控制器8 5便會依據該 電源單元81之電源 &失而使電壓下降，而會有兩個狀態產生； 雷H )該電源單元81之電壓低於該低電壓重置電路8 4 -堅準位而產生重置’此時該微控制器8 5係可以正常操 作〇 3 M381824 (2 )該電源單元8 1之電壓不低於該低賴重置電制 壓準㈣無法產生重置，此時，賴控 8 5依然處 於待命模式中’若無任何喚醒觸發作铼，兮似^^ 好1。唬，该微控制器8 5係無 法由一般之輸入接腳感受到電源又重新 σσ 里斫供電而觸發該微控制 益8 5。M381824 % V. New description: [New technical field] This creation is about a standby mode power fluctuation wake-up device, especially for an application that can be applied to a battery and has sound for playback, especially for available Wake up the detection unit to achieve power saving, high efficiency and fast changeability. [Prior Art] • ^ Press, the general electronic equipment uses the battery as the power supply. Therefore, in the case of limited power, the power supply cannot be continuously turned on, so the electronic device will be equipped with a standby/dumping device. The power consumption is caused to be turned on when it is used, and is turned off when not in use; and the conventional standby/wake device 8 has at least one power supply unit 81 and a power switch 8 as shown in FIG. A voltage stabilizing capacitor 8 3, a low voltage reset circuit 8 4 (Low VGltage Reset Circuit), a microcontroller (MCU) 8 5 and a wake-up signal side circuit 8 6 are used in standby mode. Use power supply changes to wake up the required electronic equipment; when in use, the microcontroller 8 5+ is often in standby mode to save power during non-operation, ❿ in oblique mode _ 'If the power _ 8 2 is cut off When it is closed, it will return 2 power supply. At this time, the microcontroller 85 will cause the voltage to drop according to the power supply & the power supply unit 81, and there will be two states; Ray H) the power unit 81 The voltage is lower than the low voltage reset circuit 8 4 - the reset position generates a reset 'At this time, the microcontroller 8 5 can operate normally 〇 3 M381824 (2) the voltage of the power supply unit 8 1 is not lower than the low Lai resets the voltage system (4) can not generate a reset, at this time, Lai control 8 5 is still in standby mode 'if there is no wake-up trigger, it is like ^^ good 1. In other words, the microcontroller 8 5 cannot trigger the power supply by the normal input pin and re-energize the power supply to trigger the micro control.
但在該電料元8 i待命模灯，因所有電路均處於不耗 電狀態，糾僅有該喚醒訊號偵測電路8 6啟動，因此，該喚 醒訊號細電路8 6之耗紐形成—個賴放電路徑，而放電 路徑之耗電流純太大，⑽免增加待命模式下之電力損失， 故此時該電源單元8 1之放電速度雜緩慢的，以至於較快速 的電壓斷離著又·會導致無法產生重践魏，如此，嚴 重影響到鍵賴式電子賴之便舰。故，-般 法符合使用者於實際使用時之所需。 …… 【新型内容】 本創作之主要目的係在於，克服習知技藝所遭遇之上述問 題並提供-種可姻倾_單元之設置，以持續性之動作， 或間斷性之開啟喊到省電、效率高及快速換性之功效者。 本創作之次要目的係在於，提供一種可利用喚醒偵測單元 之設置’俾供可於監控魏之變絲蚊^執行喚醒指令 者。 本創作之另-目的係在於，提供一種可適用於使用電池且 具有播放聲音之應壯，俾供可於監㈣池電源之變化以改變 播放聲音之大小而使賴、可轉在適红細，並使電池之工 4 作時間達更長者。 裂置V卿—轉命模叙魏變動喚醒 源單元電力之電源單元；一與該電 π連接之關早兀，-與該開關單元連接之 一 微==單元ΐ接之低電㈣置單元；—與該開關單元連接之 之;取;；電ρΐ醒偵測:70 ’至少具有-與該開關單元連接 元、及-與該播放單元連接之電，連接之播放單 電愿軍开旦、目^ ’藉以利用該讀取電源 該，根據該開關單元控制該電源單元造成 醒衫制電叙變化狀況較是否產生一喚 醒該微控制單元，並配合該播放單元及該放大 9頻峨輸出；以及—無魏_單元連接之輸 早70呵㈣㈣放大單元接⑽音頻峨， 音頻訊號播放聲音。 接收之 實施方式】 牟槿帛1圖及第2圖』所示’係分別為本_之基本 ㈣不思圖及本創作之另一基本架構示意圖。如圖所示： 作係-種待命模式之電源變動喚醒裝置，係可進—步適用 用電池^具有減聲音之應用上，其至少係由—電源單元1、 ，關單7L2、-穩壓單元3、-低賴重置單元4、一微控 制單元5、—唤醒偵測料6以及-輸出單元7所構成；可^ 用該喚醒你解元6之設置並配合該電源單^、該開關單元 2、該穩壓單元3、該低電壓重置單元4、該微控制單元5及 該輪:=，而達到省電、效率高及快速換性之功效。 述所k之電源單元1係用以供給-所需之電力。 該開關單元2係與上述電源單元；L連接。 該穩壓單元3係與上述開關單元 係可為一穩壓電容。 戰且該穩堡早兀3 該低電壓重置單元4係與上述開關單元2連接。 該微控制單元5係與上述開關單元2連接。 之讀具有一與上述開關單元2連接 之播放單Μ ? 7061、—與該讀取電源電壓單元61連接 3及—與該播放單7"6 2連接之放大單元6 猎以_取電源電鮮元6 1奴有—敎之來者雷廢 I準於·該讀取，電壓單元6 1量測電源電壓時，可根據 :位比1父該開關單元2控制該電源單元丨造成則取 ^壓單元6 1量測電壓之變化狀況決定衫產生二喚㈣ ^單==織_元5，並配合_放單元6 2及該放 =6 3產生-音舰賴出，其中，該讀取電源賴單元 1係可使用—軟體、—硬體或—混合者，例如： 曰三之早^或場式可程式閘陣列（fpga)其中任—硬體， :亦可為該微控制單元5裡之程式者，如第2圖所示一較佳 使用方絲該讀取電源電壓單元6 i可為該微控制單元5裡 之程式，^微控制單元5會—直制斷喚醒來執行此程式。 -顿出單元7係與上述喚醒偵測單元6連接，且該輸出單 凡7係可為κ用以從該放大單元6 3接收該音頻 並從該接收之音頻峨躲聲音。如是，構成—全新之待命模 式之電源變動喚醒裝置。 讓該將本創作與所需之電子設備連接，藉以 電源之變、不使㈣進人待命模式，而於使用時則透過 6於待命模式下 Γ電壓之變化，藉以節省耗電之同時，並可根據 關單元2斷開時，該電源 ⑽緩慢下降，械緩慢之·下降鮮會有喚醒 严:合& ’但當該開關單元2被開啟時，該電源單元1之電However, in the power element 8 i standby mode, since all the circuits are in a state of no power consumption, only the wake-up signal detecting circuit 86 is activated, so that the wake-up signal circuit 8 6 is formed. The discharge path is too high, and the current consumption of the discharge path is too large. (10) It is not necessary to increase the power loss in the standby mode. Therefore, the discharge speed of the power supply unit 8 1 is slow, so that the faster voltage is disconnected and the Can not produce a heavy practice Wei, this, seriously affects the key Lai electronic Lai's free ship. Therefore, the general method is in line with the user's needs in actual use. ...... [New Content] The main purpose of this creation is to overcome the above problems encountered in the prior art and to provide a set of elements that can be used for continuous action, or intermittent opening to save power. , high efficiency and fast changeability. The second objective of this creation is to provide a setting that can be used to monitor the Weizhi silkworms by using the settings of the wake-up detection unit. The other purpose of this creation is to provide a battery that can be used to play the sound of the sound, and that can be used to monitor the change of the sound of the pool to change the size of the sound to be played. And make the battery work 4 longer. Splitting V Qing—the power supply unit that wakes up the power of the source unit; the first is connected to the electric π, and the one connected to the switch unit is micro== the unit is connected to the low-power (four) unit ;-connected to the switch unit; take;; electric ΐ wake up detection: 70 'at least - connected to the switch unit, and - connected to the play unit, the connection of the single-player And the purpose of using the read power supply, according to the switch unit controlling the power supply unit, causing the wake-up control state to change whether the wake-up of the micro control unit is generated, and cooperate with the playback unit and the amplified 9-frequency output And - no Wei _ unit connection of the early 70 oh (four) (four) amplifying unit connected (10) audio 峨, audio signal playback sound. The implementation method of receiving 】 1 and 2 is the basic of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ As shown in the figure: As a power-on-change wake-up device for the standby mode, it can be applied to the battery. For applications with reduced sound, it is at least powered by the power supply unit 1, and the switch 7L2. The unit 3, the low-recovery reset unit 4, the micro-control unit 5, the wake-up detection material 6 and the -output unit 7 are configured; the wake-up setting of the solution element 6 can be used together with the power supply unit, The switching unit 2, the voltage stabilizing unit 3, the low voltage reset unit 4, the micro control unit 5 and the wheel: =, achieve power saving, high efficiency and fast switching performance. The power supply unit 1 is used to supply the required power. The switch unit 2 is connected to the power supply unit; L described above. The voltage stabilizing unit 3 and the above switching unit can be a voltage stabilizing capacitor. The battle is stabilized and the low voltage reset unit 4 is connected to the above-described switch unit 2. The micro control unit 5 is connected to the above-described switching unit 2. The reading has a play unit 706 7061 connected to the switch unit 2, a connection with the read power voltage unit 61, and a zoom-in unit 6 connected to the play list 7" Yuan 6 1 slave - the singer of the sneak peek I is in the reading, the voltage unit 6 1 when measuring the power supply voltage, according to: bit ratio 1 parent the switch unit 2 control the power unit 丨 caused by ^ The change condition of the voltage measured by the pressing unit 6 1 determines that the shirt generates a second call (four) ^ single == weave _ yuan 5, and cooperates with the _put unit 6 2 and the release = 6 3 to generate a sound ship, wherein the reading The power supply unit 1 can be used as a software, a hard body or a hybrid, for example: 曰三早^ or a field programmable gate array (fpga), which is a hardware, or the micro control unit 5 In the programmer, as shown in FIG. 2, a better use of the square wire, the read power voltage unit 6 i can be a program in the micro control unit 5, and the micro control unit 5 will perform a short wake-up to perform this. Program. The priming unit 7 is connected to the above-described wakeup detecting unit 6, and the output unit 7 can be κ for receiving the audio from the amplifying unit 63 and escaping sound from the received audio hum. If so, constitute a new power standby mode wake-up device. Let the creation of the creation and the required electronic equipment, so that the power supply changes, does not make (4) enter the standby mode, and in use, through the change of the voltage in the standby mode, thereby saving power consumption, and According to the disconnection unit 2, the power supply (10) is slowly lowered, and the slow and slow down of the device will have a wake-up: "And & 'but when the switch unit 2 is turned on, the power of the power supply unit 1
UiS，此時若電壓快速由低至高上升，造成該讀取 扣、’、:早7^ 1輸出之電壓有大變化時，即此電壓上升變化 、内所《定之準位’健生—喚醒訊號通知該微控制單元 5，使該微控制單元5脫離待命模式以執行必要之處理。 本創作除了可制上述赌魏之變似 ^醒指令之外:於另-較佳實施中，係可進—步適驗使用電 接^具有播放聲音之應用上，其中上述之電源單W係電性連 電池組（圖t未示）’可根據該讀取電源電壓單元6工量 測之電源賴變化，配合該播放單W 2及該放大單別3而 將内s »周i音量指令之音頻訊號輸出，藉以監控電池電源之 變化以改_放聲音之別、，使得電源可轉錢#之範圍， 不致因電壓太低而導致不能工作或工作不正常之外，亦可使電 池之工作時間達更長。 如此，當本創作於實際運用時，只要該電源單元丄所傳輸 之賴有微小之差異即可被該喚醒偵測單元6 _出來，並於 發現電源有大變化時喚醒該微控制單元5，進行如發出聲音或 啟動某程序等之必要處理，達成可維持正常快速開關習慣也 必增加放電電流而犧牲待命時間之功效者。 个 綜上所述’本創作係—種待命模式之絲變動喚醒 可有效改善制之種種缺點，可___單元之設^ ’ 持續性之動作’觸斷性之_^_省電、效率高及快 性之功效，進而使本創作之產生能更進步、更實用更符= 所須’綠已符合創作專利申請之要件，妥依法提出^ ，以上所述者’僅為本創作之較佳實施例而已，當不能以 =疋=創作實施之細；故，凡依本創作申請專利範圍及新 if明書内容所作之簡單的等效變化與修飾，皆應仍屬本創作 專利涵蓋之範圍内。 【圖式簡單說明】 第1圖，係本創作之基本架構示意圖。 第2圖，係本創作之另一基本架構示意圖。 第3圖，剌㈣醒裝置之基本賴示意圖。 【主要元件符號說明】 (本創作部分） 電源單元1 開關單元2 穩壓單元3 低電壓重置單元4 M381824 微控制單元5 喚醒偵測單元6 讀取電源電壓單元6 1 播放單元6 2 放大單元6 3 輸出單元7 (習用部分） 待命/喚醒裝置8 電源單元81 電源開關8 2 穩壓電容器8 3 低電壓重置電路8 4 微控制器8 5 喚醒訊號偵測電路8 6UiS, at this time, if the voltage rises rapidly from low to high, causing the read buckle, ',: the voltage of the output of the early 7^1 to change greatly, that is, the voltage rises and changes, and the "fixed level" health-wake-up signal The micro control unit 5 is notified to take the micro control unit 5 out of standby mode to perform the necessary processing. In addition to the above-mentioned gambling, the creation of the above-mentioned gambling is similar to the waking instruction: in another preferred embodiment, it is possible to use the electrical connection to have an audio connection, wherein the above-mentioned power supply single W system The electrical battery pack (not shown) can be changed according to the power supply voltage measured by the read power voltage unit 6, and the playlist W 2 and the zoom-in type 3 are used to set the volume of the inner s » week i The audio signal output, in order to monitor the change of the battery power to change the sound of the sound, so that the power can be transferred to the range of #, not because the voltage is too low, can not work or work abnormally, can also make the battery Working hours are longer. In this way, when the creation is actually used, the wakeup detection unit 6_ can be sent out as long as the power supply unit transmits a slight difference, and the micro control unit 5 is woken up when a large change in the power source is found. Perform the necessary processing such as making a sound or starting a program, and achieving the effect of maintaining a normal fast switching habit and increasing the discharge current and sacrificing the standby time. In summary, the 'creation of the creation system--the change of the standby mode can effectively improve the shortcomings of the system, and the ___ unit can be set to 'permanent action' stagnation _^_ power saving, efficiency The effect of high and fast, so that the creation of this creation can be more progressive, more practical and more consistent = the required green is in line with the requirements of the creation of a patent application, and is properly submitted according to law ^, the above mentioned 'only for this creation The best example is that if you can't use the 疋======================================================================================== Within the scope. [Simple description of the diagram] Figure 1 is a schematic diagram of the basic structure of the creation. Figure 2 is another schematic diagram of the basic architecture of this creation. Figure 3, the basic diagram of the 四(4) awake device. [Main component symbol description] (This creation part) Power supply unit 1 Switch unit 2 Voltage stabilization unit 3 Low voltage reset unit 4 M381824 Micro control unit 5 Wake-up detection unit 6 Read power supply voltage unit 6 1 Playback unit 6 2 Amplification unit 6 3 Output unit 7 (customized part) Standby/wake-up device 8 Power supply unit 81 Power switch 8 2 Voltage regulator capacitor 8 3 Low voltage reset circuit 8 4 Microcontroller 8 5 Wake-up signal detection circuit 8 6